BlueGrid is built as three interoperating layers. Together they take an organisation from fragmented data feeds to defensible, real-time decisions — backed by audited sensor data, powered by calibrated simulation models.
Most operators run on dozens of disconnected sources — SCADA, telemetry, fisheries surveys, eDNA samplers, regulatory orders. BlueGrid fuses them into one continuously-updated model of the system.
Ingests SCADA, flow and spill control, acoustic telemetry, eDNA results, hydrometric records, drone imagery, WUP commitments, regulatory orders, and Traditional Ecological Knowledge into a single federated data model. Each data sovereign retains full control. Learn more →
Coupled hydrodynamic, water-quality, temperature/TDG and fish bioenergetics models run continuously against live data. Calibrated per facility and species. The live model state updates with every sensor reading — not every annual field report. Learn more →
The scenario engine quantifies generation-vs-survival trade-offs before you commit. Every decision, model output and data lineage is captured and query-able — meeting the documentary standards of the Comptroller of Water Rights, DFO and conservation program. Learn more →
Most platforms treat fish and habitats as compliance overhead bolted onto a power model. BlueGrid puts ecological objects — populations, survival rates, habitat conditions — in the same model as generation revenue and regulatory constraints. Trade-offs are computed, not negotiated.
BlueGrid owns the full pipeline from sensor ingest through optimisation to the regulatory report. BlueGrid AquaTwin extends this with autonomous field assets — UAVs, USVs, eDNA samplers — that feed directly into the live model.
Water Use Plans, conservation program programs and UNDRIP reconciliation commitments require shared decision-making. BlueGrid is designed around the consultative committee, with federated access and Indigenous data-sovereignty controls at the architecture level.
Every action, model output and data lineage is captured and query-able, meeting the documentary standards of the Comptroller of Water Rights, DFO and applicable conservation program standards — without bolt-on reporting tooling or annual sprint to produce the compliance package.
BlueGrid AquaTwin is Nyun's real-time digital twin simulation platform for aquatic ecosystems. It runs on top of BlueGrid's unified data and modelling infrastructure — pairing a physical river, reservoir or coastal reach with a continuously-updated virtual replica. AquaTwin adds the autonomous field sensing layer (UAVs, USVs, eDNA, fixed arrays) and the high-fidelity twin simulation engine that operators need to predict survival in real time and test operating decisions before committing them.
Explore BlueGrid AquaTwin →Our integration team will walk through a deployment scenario specific to your facility, target species and regulatory obligations.
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